CN211572090U

CN211572090U - Solar panel array windproof system

Info

Publication number: CN211572090U
Application number: CN201922448939.5U
Authority: CN
Inventors: 高广周
Original assignee: Linzhou Dingxin New Energy Development Co ltd
Current assignee: Linzhou Dingxin New Energy Development Co ltd
Priority date: 2019-12-30
Filing date: 2019-12-30
Publication date: 2020-09-25
Anticipated expiration: 2029-12-30

Abstract

The utility model relates to a new energy equipment technical field, concretely relates to solar panel array wind-proof system is including preventing wind wall and spliced pole, prevent wind the wall and locate around the solar panel array, and adjacent prevent wind the wall and pass through the spliced pole and connect, prevent wind the wall and include outer wall face, fill wall face, interior wall face and fixing base, on the fixing base was all located to outer wall face, fill wall face and interior wall face, the fixing base is connected with ground. The windproof wall composed of the outer wall surface, the filling wall surface, the inner wall surface and the fixing seat can provide enough physical strength for the windproof system, and meanwhile, the built-in windproof structure in the filling wall surface adopts a wind guiding mode, so that the wind on the windward side of the windproof system is guided to be discharged from other places, the pressure on the windward side of the windproof system is reduced, and the solar panel array is protected. The problem of in the current scheme of implementing solar panel array collection solar energy, it is difficult to realize preventing wind or prevent wind system structure too complicated is solved.

Description

Solar panel array windproof system

Technical Field

The utility model relates to a new forms of energy equipment technical field, concretely relates to solar panel array system of preventing wind.

Background

Solar panels are solar photovoltaic panels, which convert part of solar radiation into electric energy by receiving solar energy and utilizing photoelectric effect, and transmit the electric energy to a storage structure for storage, and solar panel arrays are formed by laying a plurality of groups of solar panels side by side to increase the collected electric energy by increasing the number of the solar panels.

SUMMERY OF THE UTILITY MODEL

The utility model discloses in the scheme to current implementation solar panel array collection solar energy, the difficult problem of preventing wind or prevent wind the too complicated of system architecture that realizes, provide a solar panel array system of preventing wind.

The technical scheme who adopts is, solar panel array wind-proof system is including preventing wind wall and spliced pole, prevent wind the wall and locate around the solar panel array, and adjacent prevent wind the wall and pass through the spliced pole and connect, prevent wind the wall and include outer wall face, the wall of packing, interior wall and fixing base, outer wall face, the wall of packing and interior wall all locate on the fixing base, the wall of packing is located between outer wall face and the interior wall, be provided with windproof structure in the wall of packing, the solar panel array is kept away from to the outer wall face, interior wall is close to the solar panel array, the fixing base is.

Furthermore, the windproof structure comprises a wind guide cavity, an upper wind inlet pipe, a lower wind inlet pipe and a wind outlet pipe, the wind guide cavity is arranged in the filled wall surface, the lower wind inlet pipe is respectively connected with a lower wind inlet of the wind guide cavity and the upper wind inlet pipe, the lower wind inlet pipe penetrates through the lower part of the outer wall surface, the upper wind inlet pipe penetrates through the upper part of the outer wall surface, the wind outlet pipe is connected with a top wind outlet of the wind guide cavity, and the wind outlet pipe penetrates out of the top of the filled wall.

Optionally, the windproof structure further comprises an auxiliary air outlet pipe, the auxiliary air outlet pipe penetrates through the upper portion of the inner wall surface, the auxiliary air outlet pipe is connected with an upper air outlet of the air guide cavity, and the height of the windproof wall is higher than that of the solar panel array.

Optionally, the auxiliary air outlet pipe is positioned outside the windproof wall, and an opening at one end of the auxiliary air outlet pipe is inclined upwards.

Furthermore, a water outlet is arranged at the bottom of the air guide cavity, the water outlet of the air guide cavity is connected with a water drain pipe, the water drain pipe penetrates out of the lower portion of the outer wall surface, and the water drain pipe is located below the lower air inlet pipe.

Furthermore, the opening at one end of the drain pipe, which is positioned outside the windproof wall, is detachably connected with a plug.

Optionally, the top of the windproof wall is arc-shaped, the top of the windproof wall is connected with a rain baffle through a connecting rod, and the rain baffle covers the air outlet pipe.

The utility model has the advantages that at least one of the following advantages is included;

1. the windproof wall composed of the outer wall surface, the filling wall surface, the inner wall surface and the fixing seat can provide enough physical strength for the windproof system, and meanwhile, the built-in windproof structure in the filling wall surface adopts a wind guiding mode, so that the wind on the windward side of the windproof system is guided to be discharged from other places, the pressure on the windward side of the windproof system is reduced, and the solar panel array is protected.

2. The problem of in the current scheme of implementing solar panel array collection solar energy, it is difficult to realize preventing wind or prevent wind system structure too complicated is solved.

Drawings

FIG. 1 is a schematic structural view of a solar panel array wind prevention system;

FIG. 2 is a schematic view of a structure of a wind-break wall;

FIG. 3 is a schematic structural view of the windward side of the windproof wall;

labeled as: 1 is the windproof wall, 2 is the spliced pole, 3 is the solar panel array, 4 is the outer wall face, 5 is interior wall face, 6 is the packing wall face, 7 is the wind-guiding chamber, 8 is the lower air-supply line, 9 is last inlet air pipe, 10 is the play tuber pipe, 11 is the fixing base, 12 is the installation department, 13 is the mounting groove, 14 is the bulge, 15 is first fixing bolt, 16 is expansion bolts, 17 is the drain pipe, 18 is the end cap, 19 is the stationary blade, 20 is second fixing bolt, 21 is third fixing bolt, 22 is the weather shield, 23 is the connecting rod, 24 is supplementary play tuber pipe.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention will be further described in detail with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the scope of the invention.

As shown in fig. 1 to 3, solar panel array windproof system is including preventing wind wall 1 and spliced pole 2, prevent wind wall 1 and locate solar panel array 3 around, and adjacent prevent wind wall 1 connects through spliced pole 2, prevent wind wall 1 includes outer wall surface 4, the wall surface of packing 6, interior wall surface 5 and fixing base 11, outer wall surface 4, wall surface of packing 6 and interior wall surface 5 all locate on fixing base 11, wall surface of packing 6 is located between wall surface 4 and the interior wall surface 5, be provided with windproof structure in the wall surface of packing 6, solar panel array 3 is kept away from to outer wall surface 4, interior wall surface 5 is close to solar panel array 3, fixing base 11 is connected with ground.

In use, the windproof wall composed of the outer wall surface, the filling wall surface, the inner wall surface and the fixing seat can provide enough physical strength for the windproof system, and meanwhile, the windproof structure arranged in the filling wall surface adopts a wind guiding mode to guide wind on the windward side of the windproof system to be discharged from other places, so that the pressure on the windward side of the windproof system is reduced, and the solar panel array is protected. The problem of in the current scheme of implementing solar panel array collection solar energy, it is difficult to realize preventing wind or prevent wind system structure too complicated is solved.

When the wall is installed, a person skilled in the art can install the filling wall surface on the base, and then build the outer wall surface and the inner wall surface on two sides of the filling wall surface to complete installation.

The embodiment also provides a concrete installation structure of a windproof system, wherein the fixing base 11 is provided with installation parts 12 at both sides, fixed with the ground by expansion bolts 16 penetrating through the installation parts 12, meanwhile, the upper surface of the fixed seat is provided with an installation groove 13, the bottom of the filling wall surface is provided with a convex part matched with the installation groove 13, the convex part 14 is inserted into the installation groove 13 when the filling wall surface is installed, inserting a first fixing bolt from the side of the fixing base 11 in a direction perpendicular to the protrusion to fixedly attach the protrusion to the mounting groove, meanwhile, in order to further increase the connection tightness between the filling wall surface and the fixed seat, a person skilled in the art can also arrange a fixing sheet 19 on the side of the filling wall surface facing the inner wall surface, wherein the fixing sheet 19 is of an L-shaped structure, one surface of the fixing sheet is attached to the filling wall surface, the other surface of the fixing sheet is attached to the upper surface of the fixed seat, and are respectively connected with the filling wall surface and the upper surface of the fixed seat through a second fixing bolt 20 and a third fixing bolt 21.

In this embodiment, the windproof structure includes a wind guide cavity 7, an upper wind inlet pipe 9, a lower wind inlet pipe 8 and a wind outlet pipe 10, the wind guide cavity 7 is disposed in the wall surface 6, the lower wind inlet pipe 8 is connected to a lower wind inlet of the wind guide cavity 7 and the upper wind inlet pipe 9, the lower wind inlet pipe 8 penetrates through a lower portion of the outer wall surface 4, the upper wind inlet pipe 9 penetrates through an upper portion of the outer wall surface 4, the wind outlet pipe 10 is connected to a top wind outlet of the wind guide cavity 7, and the wind outlet pipe 10 penetrates out from the top of the wall surface 6.

The windproof structure mainly comprises a wind guide cavity, an upper wind inlet pipe, a lower wind inlet pipe and a wind outlet pipe, wherein openings of the upper wind inlet pipe and the lower wind inlet pipe are positioned on the outer wall surface, a plurality of groups of upper wind inlet pipes and lower wind inlet pipes can be arranged when the windproof structure is arranged, when the outer wall surface faces the wind, a part of wind energy can enter the upper wind inlet pipe and the lower wind inlet pipe and is transmitted to the wind guide cavity, and then the wind energy is discharged from the wind outlet pipe positioned at the top of the wind guide cavity, so that the pressure of the whole windproof system is reduced, and the protection of a solar panel array positioned in the windproof system is realized.

In this embodiment, a person skilled in the art can install a door or other necessary facilities between the wind-proof walls as required, and can combine a plurality of wind-proof cavities to form a longer wind-proof wall.

In this embodiment, the windproof structure further includes an auxiliary air outlet pipe 24, the auxiliary air outlet pipe 24 penetrates through the upper portion of the inner wall surface 5, the auxiliary air outlet pipe 24 is connected with the air outlet at the upper portion of the air guide cavity 7, and the height of the windproof wall 1 is higher than that of the solar panel array 3. The auxiliary air outlet pipe 24 is positioned outside the windproof wall 1, and the opening at one end is inclined upwards.

The design aims at reducing the pressure of the air outlet pipe, an auxiliary air outlet pipe can be arranged, and partial air is discharged from the windproof wall above the solar panel array.

In this embodiment, the bottom of the air guiding cavity 7 is provided with a water outlet, the water outlet of the air guiding cavity 7 is connected with a water drainage pipe 17, the water drainage pipe 17 penetrates out from the lower portion of the outer wall surface 4, and the water drainage pipe 17 is located below the lower air inlet pipe 8. The end opening of the drain pipe 17, which is positioned outside the windproof wall 1, is detachably connected with a plug 18.

The purpose of design like this is that can discharge the liquid that gets into the wind-guiding intracavity from each pipeline through setting up the drain pipe, sets up the end cap simultaneously on the drain pipe, and the field work personnel can be through opening the end cap and regularly discharge the liquid of scraping up in the wind-guiding intracavity.

In this embodiment, the top of the windproof wall 1 is arc-shaped, and the top of the windproof wall 1 is connected with a weather shield 22 through a connecting rod 23, and the weather shield 22 covers the air outlet pipe 10.

The purpose of design like this, through set up the connecting rod and connect the weather shield at the headwall top, liquid gets into the probability in wind-guiding chamber when can reducing the rainy by a wide margin, improves the life of whole device by a wide margin.

Claims

1. Solar panel array system of preventing wind, its characterized in that: including wind-proof wall (1) and spliced pole (2), wind-proof wall (1) is located around solar panel array (3), and adjacent wind-proof wall (1) is connected through spliced pole (2), wind-proof wall (1) is including outer wall face (4), infilled wall face (6), interior wall (5) and fixing base (11), outer wall face (4), infilled wall face (6) and interior wall (5) all locate on fixing base (11), infilled wall face (6) are located between outer wall face (4) and interior wall (5), are provided with in infilled wall face (6) and prevent wind the structure, solar panel array (3) are kept away from in outer wall face (4), interior wall (5) are close to solar panel array (3), fixing base (11) are connected with ground.

2. The solar panel array windshield system of claim 1, wherein: the windproof structure comprises a wind guide cavity (7), an upper wind inlet pipe (9), a lower wind inlet pipe (8) and a wind outlet pipe (10), the wind guide cavity (7) is arranged in the filling wall surface (6), the lower wind inlet pipe (8) is respectively connected with a lower wind inlet of the wind guide cavity (7) and the upper wind inlet pipe (9), the lower wind inlet pipe (8) penetrates through the lower part of the outer wall surface (4), the upper wind inlet pipe (9) penetrates through the upper part of the outer wall surface (4), the wind outlet pipe (10) is connected with a top air outlet of the wind guide cavity (7), and the wind outlet pipe (10) penetrates out of the top of the filling wall surface (6).

3. The solar panel array windshield system of claim 2, wherein: the windproof structure further comprises an auxiliary air outlet pipe (24), the auxiliary air outlet pipe (24) penetrates through the upper portion of the inner wall surface (5), the auxiliary air outlet pipe (24) is connected with an air outlet in the upper portion of the air guide cavity (7), and the height of the windproof wall (1) is higher than that of the solar panel array (3).

4. The solar panel array windshield system of claim 3, wherein: the auxiliary air outlet pipe (24) is positioned at one end outside the windproof wall (1), and an opening is inclined upwards.

5. The solar panel array windshield system of claim 3, wherein: the bottom of the air guide cavity (7) is provided with a water outlet, the water outlet of the air guide cavity (7) is connected with a water discharge pipe (17), the water discharge pipe (17) penetrates out of the lower portion of the outer wall surface (4), and the water discharge pipe (17) is located below the lower air inlet pipe (8).

6. The solar panel array windshield system of claim 5, wherein: the drain pipe (17) is located one end opening of the outer side of the windproof wall (1) and is detachably connected with a plug (18).

7. The solar panel array windshield system of claim 2, wherein: the top of the windproof wall (1) is arc-shaped, the top of the windproof wall (1) is connected with a rain baffle (22) through a connecting rod (23), and the rain baffle (22) covers the air outlet pipe (10).